Pneumatic-clutch power press
Crank-driven stamping with pneumatic clutch control for repeated die operations.
PROCESS OVERVIEW
How the process fits your production
Presses apply force through a die to punch, form or assemble parts. Hydraulic and crank-driven systems differ in force, energy and stroke characteristics.
- Crank/slide forming motion
- Pneumatic clutch and brake
- Overload protection
- Feeder interfaces to review
Typical applications
- Repeated punched parts
- Strip-stock stamping
- Production dies
Material considerations
Metal blanks or coil stock with dies matched to material, thickness, lubrication and forming process.
Select around the finished part
The clutch uses compressed air; the crank supplies forming force. Match die force and energy to the rating point and intended cycle rate.
Prepare your inquiry
Review die drawings, force curve, shut height, stroke and off-center load. Include feeding, scrap removal, die protection and safeguarding.
Discuss this machine type →Technical selection requirements
Compare these fields with the proposed model's technical sheet. Material, part geometry and the configured options determine the working capacity.
| Specification | Configuration requirement |
|---|---|
| Rating | Nominal force point and flywheel energy. |
| Slide | Stroke, adjustment and shut height. |
| Rating | Force curve, load position and available energy. |
| Die envelope | Bed, shut height, stroke and slide adjustment. |
| Production | Cycle rate, feeding and scrap removal. |
| Protection | Guards, die monitoring and overload control. |
This page describes a machine architecture. Rated capacities, delivery scope and available options are confirmed for the selected SNSIE model.
Request a model-specific technical sheet →Compare machine types
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Share your sheet-metal processing requirements with SNSIE.